A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Two-hundred feet of prestressed concrete h-p water line 54 in. in diam, were laid in trench 10 ft deep near Fresno, Calif, at twice rate predicted by Critical Path Method; 48,600-ft pipe line will take water from Delta Mendota Canal and deliver it to stabilize soil along 15 mi length of San Luis Canal; speed in pipe laying is attributed to simplicity of jointing with new type of bell and spigot joint.
Two-hundred feet of prestressed concrete h-p water line 54 in. in diam, were laid in trench 10 ft deep near Fresno, Calif, at twice rate predicted by Critical Path Method; 48,600-ft pipe line will take water from Delta Mendota Canal and deliver it to stabilize soil along 15 mi length of San Luis Canal; speed in pipe laying is attributed to simplicity of jointing with new type of bell and spigot joint.
Pipe-laying speed halves CPM schedule
Civ Eng (NY)
Miller, J.S. (author)
1964
2 pages
Article (Journal)
English
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